Engagement element for any window installation to the universal thermoprofile and method of its usage

Abstract

The present invention presents the innovative engagement element (3), designed to provide a universal and adaptable solution for connecting various window frames to thermoprofiles. This element is composed of two parts which can be split in to: the engagement detail (4) and the fixing detail (5), each equipped with interlocking ribs that allow precise adjustment, with a displacement step ranging from 0,5 mm to 10 mm. The fixing detail (5) can be securely attached to either the window frame or the thermoprofile, enabling flexible installation configurations. The engagement element (3) simplifies the installation process, ensures a stable and durable connection, and eliminates the need for multiple, frame-specific thermoprofiles.

Description

FIELD OF THE INVENTION

[0001] The present invention relates to the field of window installation systems, specifically to components used in securing and positioning window frames within building structures. The invention focuses on a universal system involving thermoprofiles, which are profiles designed to reduce thermal bridging while ensuring the proper installation and secure attachment of window frames. This system is compatible with various types of window frames, including those made from plastic, aluminum, and wood. A key component of this invention is the innovative engagement element, which allows for the efficient and secure connection of the thermoprofile to the window frame. The design of this system simplifies the installation process, enhances the stability and durability of the window assembly, and reduces the need for multiple, model-specific thermoprofiles profiles. The invention addresses critical issues such as compatibility across different window models, secure attachment, and cost-efficiency in both the production and installation of thermoprofiles.BACKGROUND

[0002] The window installation sector currently faces several significant challenges, primarily related to the complexity and inefficiency in the production and installation of window thermoprofiles. One of the main issues is the lack of universal compatibility among different window models. Most thermoprofiles are designed to fit specific window frames, requiring manufacturers to produce a wide range of model-specific profiles. This results in increased manufacturing complexity, higher material costs, and the need for extensive inventory management.

[0003] A document EP2434082 (A2) describes a windowsill panel (3) has a base (5) provided with an upper surface (12), a lower surface, two side faces in the direction of a width extension, front and rear end surfaces in the direction of a longitudinal extension. A support profile (13) is arranged on the upper surface, for supporting a window (2) or a door. The height (16) of closure elements (14) arranged on the two sides is greater than the height of support profile while extending approximately from the front end surface to a rear surface of the support profile.

[0004] Another challenge is ensuring a secure and durable attachment of the thermoprofile to the window frame. Traditional methods often rely on cumbersome and time-consuming installation processes, which can lead to improper attachment, compromising the stability and longevity of the window assembly. Additionally, the sector struggles with the high costs associated with the production and installation of these profiles, driven by the need for multiple molds and customized parts.

[0005] As example document DE202008015551 (U1) describes the connecting profile strip made of plastic for attachment to a window or door frame, wherein the connecting strip has locking feet running in the longitudinal direction which can be locked to corresponding locking elements on the frame, characterized in that a sealing lip is formed on at least one locking foot.

[0006] Furthermore, the installation process itself can be labor-intensive, requiring skilled labor to ensure proper fitting and alignment, leading to longer installation times and increased labor costs. These challenges highlight the need for a more efficient, cost-effective, and universally compatible solution in the window installation industry.

[0007] Closes prior art could be document EP2204524 (A2) in which describes a window or door frame structure (3), such as for a roof window, said frame structure (3) comprising, at a side surface (3a) facing inwards in the mounted position of the window or door assembly, at least one at least partially circumferential groove (7) adapted for receiving an end portion (8) of a lining structure (2), wherein said groove (7) in at least a part of its longitudinal extension has a cross sectional surface profile having at least two sections (9a, 9b), each said section (9a, 9b) having a substantially rectangular shape and that said at least two sections (9a, 9b) further comprise different depths, characterized in that said groove (7) comprises at least one positioning element (12) arranged such as to provide said at least two sections (9a, 9b), said positioning element (12) being chosen from the group consisting of a slat, a strip and a fitting, preferably an angle fitting.

[0008] The known art in window installation lacks universal compatibility. Existing solutions often require multiple, frame-specific thermoprofiles, leading to increased manufacturing complexity, higher costs, and extensive inventory management. If try to use not adopted existing thermoprofiles with other company windows it can result in insecure or improper attachment, compromising the stability and durability of the window assembly. These limitations create inefficiencies in both production and installation processes, driving up costs and increasing the potential for installation errors.SUMMARY OF THE DISCLOSURE

[0009] To address the challenge of connecting different window frames to the thermoprofiles, an adaptable joining (engagement) element was invented. This element ensures compatibility across various window frame types, enabling a secure and efficient connection to the thermoprofile, thereby enhancing installation flexibility and reducing the need for multiple, lifting frame (thermoprofiles) specific solutions.

[0010] The present invention provides an innovative solution in the window installation industry by introducing a system of a universal thermoprofile (several forms) and with a specialized engagement element (few forms). This system is designed to securely connect various types of window frames, including those made from plastic, aluminum, and wood, to the thermoprofile, thereby addressing the shortcomings of existing art. The engagement element features a design that allows for easy and secure attachment of different window frames to thermoprofile, significantly simplifying the installation process and enhancing the stability and durability of the window assembly. This adaptability provides a robust and universally applicable solution, facilitating easier installation and ensuring a secure and stable connection between the window frame and the thermoprofile.

[0011] Thermoprofile can be made of various materials: plastic, wood, polyurethane foam, polystyrene foam, multilayer.

[0012] The engagement element of the invention is designed with an engaging part and a fixing part, which can be split into two distinct components: the engagement detail and the fixing detail. Both of these details feature interlocking ribs, specifically designed to connect securely with each other. The displacement step between these interlocking ribs is approximately 0,5 cm (may be from 0,5 mm to 10 mm), allowing for precise adjustment during installation. The fixing detail is intended to be securely attached to the window profile (or thermoprofile), ensuring a stable connection with glue, screw, or other fastening means. The engagement detail is then fixable to the fixing detail via its ribs, allowing it to be positioned exactly where needed to ensure the proper installation of the window profile. This design allows for flexibility and adaptability, making it possible to adjust the engagement depending on the specific window profile and the placement of its hooking elements, thereby providing a robust and universally applicable solution for various window installations.

[0013] The fixing detail in the invention is designed to be versatile, allowing it to be attached either to the window profile or directly to the thermoprofile. This flexibility ensures that the engagement element can be securely positioned regardless of the installation configuration.

[0014] The thermoprofile is of few adopted forms, combined with the engagement element, is versatile and can be used across a wide range of window models without the need for multiple, model-specific profiles.BRIEF DESCRIPTION OF THE DRAWINGS

[0015] The accompanying drawings illustrate the assembly and functionality of the invention, demonstrating how the engagement element integrates with the universal thermoprofile and window frames to create a secure, efficient, and universally applicable installation. Fig. 1 - shows an assembly according to the invention in the embodiment of a window installation in a perspective view; Fig. 2 - shows an assembly according to the invention in the embodiment of a window installation cross-sectional view; Fig. 3 - shows cross-sectional of several assemblies according to the invention in the embodiment of a different window installing when it is used the same form of thermoprofile with different placement of the engaging part of the engaging element fixable on thermoprofile; Fig. 4 - shows cross sectional views of embodiment of an assembly according to the invention, by the use two details of engagement element. Fig. 5 - shows a close view of an embodiment of an assembly according to the invention, illustrating the use of two engagement element details. Fig. 6 - shows cross-sectional of several assemblies according to the invention in the embodiment of a different window installing when it is used the same form of thermoprofile with different placement of the engaging part of the engaging element fixable on window frame; Fig. 7 - shows cross-sectional of several assemblies not according to the invention in the embodiment of a window assembly when it is used the same form of thermoprofile with different placement of the engaging part in the thermoprofile. Fig. 8 - Shows photo view of the invention with two engagement element details, connected and disconnected. List of reference signs:

[0016] 1 - window frame; 2 - thermoprofile (a profile designed to reduce thermal bridging); 3 - engagement element; 4 - engagement detail; 5 - fixing detail; 6 - left window hooking element; 7 - right window hooking element; 8 - sealing gasket (component designed to seal gaps and prevent air or water ingress); 9 - engagement detail ribs (a feature that designed to interlock with fixing detail ribs (11) for stability or alignment); 10 - ribs (fixing detail that can be used from ever side); 11 - fixing detail ribs (a feature that designed to interlock with engagement detail ribs (9)); 12 - engaging part 13 - fixing part.DETAILED DESCRIPTION OF THE INVENTION

[0017] For a better explanation of the essence and the characteristics of the invention, the detailed description of the engagement element (3) and the method of the window (1) fixing to the universal thermoprofile (2) using engagement element (3) (Fig. 1, Fig. 2, Fig. 3) are described as examples. It should be understood that numerous specific details are presented to provide a complete and comprehensible description of the invention embodiment. However, the person skilled in the art will understand that the embodiment examples do not limit the application of the invention, which can be implemented without these specific instructions.

[0018] engagement element (3) can be constructed from various materials, including plastic, metal, polyurethane, wood, or other suitable substances, depending on the specific application requirements and environmental conditions. This versatility in material choice allows the engagement element (3) to be customized to match the specific needs of the window assembly, ensuring durability and adaptability.

[0019] The engagement element (3) is designed with an engaging part (12) and a fixing part (13). The engagement element (3) is available in multiple configurations, with the engaging part (12) positioned at various locations relative to the fixing part (13), depending on the specific design of the window profile (1) and the placement of its hooking elements (6, 7). This adaptability of the engaging part (12) ensures that the engagement element (3) can securely connect to a wide range of window frames, accommodating different hook element (6, 7) positions and profiles without the need for multiple thermoprofiles (2).

[0020] The other embodiment of the invention is when the engagement element (3) is in split form (Fig. 4, Fig. 5, Fig. 8). Then the engagement element's (3) engaging part (12) and a fixing part (13) were composed of two separate components: the engagement detail (4) and the fixing detail (5). The engagement detail (4) interlocks with the fixing detail (5) through precisely designed interlocking ribs. The ribs on the engagement detail (4) and the fixing detail (5) are designed to interlock with each other, providing a secure and adjustable connection. The engagement detail ribs (9), on the engagement detail (4) are precisely aligned to interlock with the fixing detail ribs (11) on the fixing detail (5). These ribs are spaced to allow for a displacement step that can vary between 0,5 mm and 10 mm, specifically 5 mm, facilitating fine-tuned adjustments during installation. The interlocking design of the ribs ensures that once engaged, the engagement detail (4) and the fixing detail (5) remain securely connected, providing stability and preventing unintended movement. The ribs are engineered to distribute mechanical loads evenly across the connection, enhancing the overall strength and durability of the engagement element (3). The fixing detail (5) is designed to be securely attached to either the window profile or the thermoprofile, using fastening means such as glue, screws, tightly fitted to grooves or other.

[0021] The method for installing a window frame (1) to the universal thermoprofile (2) using the engagement element (3) involves several steps to ensure a secure and adaptable connection between the window frame (1) and the thermoprofile (2). This method is designed to accommodate various window frame profiles and hooking element positions, offering a versatile solution for window installation.

[0022] Begin by selecting an appropriate window frame (1) with hooking elements (6, 7) that are intended to interact with the thermoprofile (2) and the engagement element (3).

[0023] Next, selecting of few configurations the universal thermoprofile (2). This thermoprofile should be configured to accommodate the hooking elements (6, 7) of the window frame (1), providing thermal insulation and structural support for the window assembly. Choosing an engagement element (3) from the several variations. The selected engagement element (3) should be configured to match the specific design of the window frame (1) profile and the placement of its hooking elements (6, 7). Whether manufactured as a single part or composed of multiple adjustable parts, the engagement element (3) when it is placed must be capable of securing the window frame (1) to the thermoprofile (2).

[0024] Placing and attaching the engagement element (3) in the correct position on the thermoprofile (2) (Fig. 3) or window frame (Fig. 6). This placement should ensure that the engaging part (12) of the engagement element (3) is aligned to interact effectively with the hooking elements (6, 7) of the window frame (1).

[0025] Positioning the window frame (1) so that its hooking elements (6, 7) align precisely with the engaging parts (12) of the engagement element (3). Proper alignment is essential for ensuring a secure and stable connection.

[0026] Finally, securing the window frame (1) by pressing it firmly into place. The hooking elements (6, 7) of the window frame (1) should engage securely with the engaging parts (12) of the engagement element (3). This engagement ensures that the window frame is firmly attached to the universal thermoprofile (2), providing a stable and durable installation.

[0027] The invention offers significant advantages by providing a versatile and adaptable solution for securing windows to universal thermoprofiles (2). The engagement element (3) can be made from various materials such as plastic, metal, or wood, and can be adjusted to fit a wide range of window frame profiles and hooking positions, enhancing flexibility and compatibility. This universal approach reduces the need for multiple specialized thermoprofiles (Fig. 7), streamlining the installation process and lowering costs. The adjustable interlocking mechanism ensures precise alignment and a secure fit, improving stability and durability. Overall, the method simplifies installation, enhances performance, and offers a cost-effective solution for diverse window applications.

Examples

Embodiment Construction

[0017]For a better explanation of the essence and the characteristics of the invention, the detailed description of the engagement element (3) and the method of the window (1) fixing to the universal thermoprofile (2) using engagement element (3) (Fig. 1, Fig. 2, Fig. 3) are described as examples. It should be understood that numerous specific details are presented to provide a complete and comprehensible description of the invention embodiment. However, the person skilled in the art will understand that the embodiment examples do not limit the application of the invention, which can be implemented without these specific instructions.

[0018]engagement element (3) can be constructed from various materials, including plastic, metal, polyurethane, wood, or other suitable substances, depending on the specific application requirements and environmental conditions. This versatility in material choice allows the engagement element (3) to be customized to match the specific needs of the wind...

FIELD OF THE INVENTION

[0001] The present invention relates to the field of window installation systems, specifically to components used in securing and positioning window frames within building structures. The invention focuses on a universal system involving thermoprofiles, which are profiles designed to reduce thermal bridging while ensuring the proper installation and secure attachment of window frames. This system is compatible with various types of window frames, including those made from plastic, aluminum, and wood. A key component of this invention is the innovative engagement element, which allows for the efficient and secure connection of the thermoprofile to the window frame. The design of this system simplifies the installation process, enhances the stability and durability of the window assembly, and reduces the need for multiple, model-specific thermoprofiles profiles. The invention addresses critical issues such as compatibility across different window models, secure attachment, and cost-efficiency in both the production and installation of thermoprofiles.BACKGROUND

[0002] The window installation sector currently faces several significant challenges, primarily related to the complexity and inefficiency in the production and installation of window thermoprofiles. One of the main issues is the lack of universal compatibility among different window models. Most thermoprofiles are designed to fit specific window frames, requiring manufacturers to produce a wide range of model-specific profiles. This results in increased manufacturing complexity, higher material costs, and the need for extensive inventory management.

[0003] A document EP2434082 (A2) describes a windowsill panel (3) has a base (5) provided with an upper surface (12), a lower surface, two side faces in the direction of a width extension, front and rear end surfaces in the direction of a longitudinal extension. A support profile (13) is arranged on the upper surface, for supporting a window (2) or a door. The height (16) of closure elements (14) arranged on the two sides is greater than the height of support profile while extending approximately from the front end surface to a rear surface of the support profile.

[0004] Another challenge is ensuring a secure and durable attachment of the thermoprofile to the window frame. Traditional methods often rely on cumbersome and time-consuming installation processes, which can lead to improper attachment, compromising the stability and longevity of the window assembly. Additionally, the sector struggles with the high costs associated with the production and installation of these profiles, driven by the need for multiple molds and customized parts.

[0005] As example document DE202008015551 (U1) describes the connecting profile strip made of plastic for attachment to a window or door frame, wherein the connecting strip has locking feet running in the longitudinal direction which can be locked to corresponding locking elements on the frame, characterized in that a sealing lip is formed on at least one locking foot.

[0006] Furthermore, the installation process itself can be labor-intensive, requiring skilled labor to ensure proper fitting and alignment, leading to longer installation times and increased labor costs. These challenges highlight the need for a more efficient, cost-effective, and universally compatible solution in the window installation industry.

[0007] Closes prior art could be document EP2204524 (A2) in which describes a window or door frame structure (3), such as for a roof window, said frame structure (3) comprising, at a side surface (3a) facing inwards in the mounted position of the window or door assembly, at least one at least partially circumferential groove (7) adapted for receiving an end portion (8) of a lining structure (2), wherein said groove (7) in at least a part of its longitudinal extension has a cross sectional surface profile having at least two sections (9a, 9b), each said section (9a, 9b) having a substantially rectangular shape and that said at least two sections (9a, 9b) further comprise different depths, characterized in that said groove (7) comprises at least one positioning element (12) arranged such as to provide said at least two sections (9a, 9b), said positioning element (12) being chosen from the group consisting of a slat, a strip and a fitting, preferably an angle fitting.

[0008] The known art in window installation lacks universal compatibility. Existing solutions often require multiple, frame-specific thermoprofiles, leading to increased manufacturing complexity, higher costs, and extensive inventory management. If try to use not adopted existing thermoprofiles with other company windows it can result in insecure or improper attachment, compromising the stability and durability of the window assembly. These limitations create inefficiencies in both production and installation processes, driving up costs and increasing the potential for installation errors.SUMMARY OF THE DISCLOSURE

[0009] To address the challenge of connecting different window frames to the thermoprofiles, an adaptable joining (engagement) element was invented. This element ensures compatibility across various window frame types, enabling a secure and efficient connection to the thermoprofile, thereby enhancing installation flexibility and reducing the need for multiple, lifting frame (thermoprofiles) specific solutions.

[0010] The present invention provides an innovative solution in the window installation industry by introducing a system of a universal thermoprofile (several forms) and with a specialized engagement element (few forms). This system is designed to securely connect various types of window frames, including those made from plastic, aluminum, and wood, to the thermoprofile, thereby addressing the shortcomings of existing art. The engagement element features a design that allows for easy and secure attachment of different window frames to thermoprofile, significantly simplifying the installation process and enhancing the stability and durability of the window assembly. This adaptability provides a robust and universally applicable solution, facilitating easier installation and ensuring a secure and stable connection between the window frame and the thermoprofile.

[0011] Thermoprofile can be made of various materials: plastic, wood, polyurethane foam, polystyrene foam, multilayer.

[0012] The engagement element of the invention is designed with an engaging part and a fixing part, which can be split into two distinct components: the engagement detail and the fixing detail. Both of these details feature interlocking ribs, specifically designed to connect securely with each other. The displacement step between these interlocking ribs is approximately 0,5 cm (may be from 0,5 mm to 10 mm), allowing for precise adjustment during installation. The fixing detail is intended to be securely attached to the window profile (or thermoprofile), ensuring a stable connection with glue, screw, or other fastening means. The engagement detail is then fixable to the fixing detail via its ribs, allowing it to be positioned exactly where needed to ensure the proper installation of the window profile. This design allows for flexibility and adaptability, making it possible to adjust the engagement depending on the specific window profile and the placement of its hooking elements, thereby providing a robust and universally applicable solution for various window installations.

[0013] The fixing detail in the invention is designed to be versatile, allowing it to be attached either to the window profile or directly to the thermoprofile. This flexibility ensures that the engagement element can be securely positioned regardless of the installation configuration.

[0014] The thermoprofile is of few adopted forms, combined with the engagement element, is versatile and can be used across a wide range of window models without the need for multiple, model-specific profiles.BRIEF DESCRIPTION OF THE DRAWINGS

[0015] The accompanying drawings illustrate the assembly and functionality of the invention, demonstrating how the engagement element integrates with the universal thermoprofile and window frames to create a secure, efficient, and universally applicable installation. Fig. 1 - shows an assembly according to the invention in the embodiment of a window installation in a perspective view; Fig. 2 - shows an assembly according to the invention in the embodiment of a window installation cross-sectional view; Fig. 3 - shows cross-sectional of several assemblies according to the invention in the embodiment of a different window installing when it is used the same form of thermoprofile with different placement of the engaging part of the engaging element fixable on thermoprofile; Fig. 4 - shows cross sectional views of embodiment of an assembly according to the invention, by the use two details of engagement element. Fig. 5 - shows a close view of an embodiment of an assembly according to the invention, illustrating the use of two engagement element details. Fig. 6 - shows cross-sectional of several assemblies according to the invention in the embodiment of a different window installing when it is used the same form of thermoprofile with different placement of the engaging part of the engaging element fixable on window frame; Fig. 7 - shows cross-sectional of several assemblies not according to the invention in the embodiment of a window assembly when it is used the same form of thermoprofile with different placement of the engaging part in the thermoprofile. Fig. 8 - Shows photo view of the invention with two engagement element details, connected and disconnected. List of reference signs:

[0016] 1 - window frame; 2 - thermoprofile (a profile designed to reduce thermal bridging); 3 - engagement element; 4 - engagement detail; 5 - fixing detail; 6 - left window hooking element; 7 - right window hooking element; 8 - sealing gasket (component designed to seal gaps and prevent air or water ingress); 9 - engagement detail ribs (a feature that designed to interlock with fixing detail ribs (11) for stability or alignment); 10 - ribs (fixing detail that can be used from ever side); 11 - fixing detail ribs (a feature that designed to interlock with engagement detail ribs (9)); 12 - engaging part 13 - fixing part.DETAILED DESCRIPTION OF THE INVENTION

[0017] For a better explanation of the essence and the characteristics of the invention, the detailed description of the engagement element (3) and the method of the window (1) fixing to the universal thermoprofile (2) using engagement element (3) (Fig. 1, Fig. 2, Fig. 3) are described as examples. It should be understood that numerous specific details are presented to provide a complete and comprehensible description of the invention embodiment. However, the person skilled in the art will understand that the embodiment examples do not limit the application of the invention, which can be implemented without these specific instructions.

[0018] engagement element (3) can be constructed from various materials, including plastic, metal, polyurethane, wood, or other suitable substances, depending on the specific application requirements and environmental conditions. This versatility in material choice allows the engagement element (3) to be customized to match the specific needs of the window assembly, ensuring durability and adaptability.

[0019] The engagement element (3) is designed with an engaging part (12) and a fixing part (13). The engagement element (3) is available in multiple configurations, with the engaging part (12) positioned at various locations relative to the fixing part (13), depending on the specific design of the window profile (1) and the placement of its hooking elements (6, 7). This adaptability of the engaging part (12) ensures that the engagement element (3) can securely connect to a wide range of window frames, accommodating different hook element (6, 7) positions and profiles without the need for multiple thermoprofiles (2).

[0020] The other embodiment of the invention is when the engagement element (3) is in split form (Fig. 4, Fig. 5, Fig. 8). Then the engagement element's (3) engaging part (12) and a fixing part (13) were composed of two separate components: the engagement detail (4) and the fixing detail (5). The engagement detail (4) interlocks with the fixing detail (5) through precisely designed interlocking ribs. The ribs on the engagement detail (4) and the fixing detail (5) are designed to interlock with each other, providing a secure and adjustable connection. The engagement detail ribs (9), on the engagement detail (4) are precisely aligned to interlock with the fixing detail ribs (11) on the fixing detail (5). These ribs are spaced to allow for a displacement step that can vary between 0,5 mm and 10 mm, specifically 5 mm, facilitating fine-tuned adjustments during installation. The interlocking design of the ribs ensures that once engaged, the engagement detail (4) and the fixing detail (5) remain securely connected, providing stability and preventing unintended movement. The ribs are engineered to distribute mechanical loads evenly across the connection, enhancing the overall strength and durability of the engagement element (3). The fixing detail (5) is designed to be securely attached to either the window profile or the thermoprofile, using fastening means such as glue, screws, tightly fitted to grooves or other.

[0021] The method for installing a window frame (1) to the universal thermoprofile (2) using the engagement element (3) involves several steps to ensure a secure and adaptable connection between the window frame (1) and the thermoprofile (2). This method is designed to accommodate various window frame profiles and hooking element positions, offering a versatile solution for window installation.

[0022] Begin by selecting an appropriate window frame (1) with hooking elements (6, 7) that are intended to interact with the thermoprofile (2) and the engagement element (3).

[0023] Next, selecting of few configurations the universal thermoprofile (2). This thermoprofile should be configured to accommodate the hooking elements (6, 7) of the window frame (1), providing thermal insulation and structural support for the window assembly. Choosing an engagement element (3) from the several variations. The selected engagement element (3) should be configured to match the specific design of the window frame (1) profile and the placement of its hooking elements (6, 7). Whether manufactured as a single part or composed of multiple adjustable parts, the engagement element (3) when it is placed must be capable of securing the window frame (1) to the thermoprofile (2).

[0024] Placing and attaching the engagement element (3) in the correct position on the thermoprofile (2) (Fig. 3) or window frame (Fig. 6). This placement should ensure that the engaging part (12) of the engagement element (3) is aligned to interact effectively with the hooking elements (6, 7) of the window frame (1).

[0025] Positioning the window frame (1) so that its hooking elements (6, 7) align precisely with the engaging parts (12) of the engagement element (3). Proper alignment is essential for ensuring a secure and stable connection.

[0026] Finally, securing the window frame (1) by pressing it firmly into place. The hooking elements (6, 7) of the window frame (1) should engage securely with the engaging parts (12) of the engagement element (3). This engagement ensures that the window frame is firmly attached to the universal thermoprofile (2), providing a stable and durable installation.

[0027] The invention offers significant advantages by providing a versatile and adaptable solution for securing windows to universal thermoprofiles (2). The engagement element (3) can be made from various materials such as plastic, metal, or wood, and can be adjusted to fit a wide range of window frame profiles and hooking positions, enhancing flexibility and compatibility. This universal approach reduces the need for multiple specialized thermoprofiles (Fig. 7), streamlining the installation process and lowering costs. The adjustable interlocking mechanism ensures precise alignment and a secure fit, improving stability and durability. Overall, the method simplifies installation, enhances performance, and offers a cost-effective solution for diverse window applications.

Examples

Embodiment Construction

[0017]For a better explanation of the essence and the characteristics of the invention, the detailed description of the engagement element (3) and the method of the window (1) fixing to the universal thermoprofile (2) using engagement element (3) (Fig. 1, Fig. 2, Fig. 3) are described as examples. It should be understood that numerous specific details are presented to provide a complete and comprehensible description of the invention embodiment. However, the person skilled in the art will understand that the embodiment examples do not limit the application of the invention, which can be implemented without these specific instructions.

[0018]engagement element (3) can be constructed from various materials, including plastic, metal, polyurethane, wood, or other suitable substances, depending on the specific application requirements and environmental conditions. This versatility in material choice allows the engagement element (3) to be customized to match the specific needs of the wind...

Claims

1. An engagement element (3) for securing a window profile (1), which includes hooking elements (6, 7), to a universal thermoprofile (2), wherein the engagement element (3) comprises: an engaging part (12), and a fixing part (13); characterized in that the engagement element (3) is configurable in multiple variations, with the engaging part (12) positioned at different locations relative to the fixing part (13), enabling the engagement element (3) to adapt to various designs of the window frame (1) profile and the placement of its hooking elements (6, 7) therein, thereby allowing secure connection of the universal thermoprofile (2) to different window frame (1) profiles without requiring multiple thermoprofiles modification.

2. The engagement element (3) for securing the window profile (1) to the universal thermoprofile (2), according to claim 1 characterized in that the engagement element (3) is designed to be securely attached to either the window profile (1) or the universal thermoprofile (2) using fastening means like glue, screws, and other mechanical fasteners or tightly fitted to grooves.

3. The engagement element (3) for securing the window profile (1) to the universal thermoprofile (2) according to any of claims 1 or 2, characterized in that the engagement element (3) comprises: an engagement detail (4) forming the engaging part (12); and a fixing detail (5) forming the fixing part (13); wherein the engagement detail (4) and the fixing detail (5) are designed to interlock with each other, allowing for adjustable positioning.

4. The engagement element (3) for securing the window profile (1) to the universal thermoprofile (2) according to claims 3 characterized in that an engagement detail (4) includes engagement detail ribs (9), and a fixing detail (5) includes fixing detail ribs (11); wherein the engagement detail (4) and fixing detail (5) are designed to interlock through the engagement of the engagement detail ribs (9) with the fixing detail ribs (11), to allow adjustments, within displacement step.

5. The engagement element (3) for securing the window profile (1) to the universal thermoprofile (2), according to claims 4 characterized in that the displacement step of the engagement detail ribs (9) and the fixing detail ribs (11) is between 0,5 mm and 10 mm, particularly 5 mm.

6. The engagement element (3) for securing the window profile (1) to the universal thermoprofile (2) according to any of claims 3-5, characterized in that the interlocking ribs (9, 11) on the engagement detail (4) and the fixing detail (5) are engineered to provide even distribution of mechanical loads across the connection, enhancing the strength and durability of the engagement element (3).

7. A method for installing a window frame (1) to a thermoprofile (2) using an engagement element (3) according to any of claims 1-6, comprising the following steps: a) selecting a window frame (1); b) selecting a universal thermoprofile (2); c) selecting the engagement element (3) from multiple variations, ensuring that the engagement element (3) is configured to match the design of the window frame (1) profile and the placement of its hooking elements (6, 7); d) placing and attaching the engagement element (3) in the correct position to enable the engagement of the window frame (1) with the universal thermoprofile (2); e) positioning the window frame (1) so that its hooking elements (6, 7) align with the engaging parts (12) of the engagement element (3); f) securing the window frame (1) by pressing it firmly into place, causing the hooking elements (6, 7) to engage securely with the engaging parts (12).

Images